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Fingerprint Dive into the research topics where Tetsuya Nakao is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Chemical Compounds

Wood
Elastic moduli
Moisture
Plywood
Veneers
Sawing
Acoustic emissions
Fibers
Bending tests
Cellulose
Crystal lattices
Sorption
Composite materials
Atmospheric humidity
Vibrations (mechanical)
Ultrasonic waves
Surface roughness
Ashes
Cracks
Routers
Surface waves
Moisture meters
Ovens
Monomers
Stress measurement
Polymerization
Acoustic waves
Mechanical properties
Water
Anelastic relaxation
Dimensional stability
Finite element method
Adsorption
Shear strength
Jute fibers
Bamboo
Glues
Unloading
Direction compound
Crystalline materials

Engineering & Materials Science

Wood
Elastic moduli
Moisture
Plywood
Veneers
Sawing
Acoustic emissions
Bending tests
Fibers
Sorption
Composite materials
Atmospheric humidity
Vibrations (mechanical)
Ultrasonic waves
Surface roughness
Ashes
Cracks
Crystal lattices
Routers
Cellulose
Surface waves
Moisture meters
Ovens
Monomers
Stress measurement
Polymerization
Acoustic waves
Mechanical properties
Internal friction
Anelastic relaxation
Dimensional stability
Orthotropic plates
Finite element method
Adsorption
Shear strength
Jute fibers
Bamboo
Glues
Unloading
Crystalline materials

Earth & Environmental Sciences

moisture
relative humidity
sorption
Young modulus
polymerization
elasticity
shear modulus
mechanical property
moisture content
surface wave
vibration
adsorption
dynamic property
acoustic emission
bamboo